Grouting for Ground Improvement & Water Control

David Lim

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Grouting for Ground Improvement & Water Control

机译：用于地面改良和水控制的灌浆

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From straightforward void filling to the complex and challenging protection of historic or sensitive structures during subsurface work, grouting plays an important role in many below-grade construction projects.This most diverse of all specialty geotechnical disciplines encompasses a range of individual techniques to cater to a broad spectrum of ground improvement and groundwater control needs.

机译：从简单的空隙填充到地下工作中对历史或敏感结构的复杂而具有挑战性的保护，灌浆在许多地下工程项目中都发挥着重要作用。在所有特殊的岩土工程学科中，灌浆最为多样化，涵盖了一系列的个性化技术来满足广泛的地面改良和地下水控制需求。

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《Trenchless Technology》 |2009年第5期|46-47|共2页
作者
David Lim;
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1. Control of Ground Uplift Based on Flow-Field Regularity during Grouting in Fracture with Flowing Groundwater [J] . Zheng Zhuo, Liu Rentai, Li Shucai, International journal of geomechanics . 2020,第3期

机译：基于流动地下水裂缝注浆过程中流场规律的地面隆起控制
2. Grouting for ground improvement [J] . Keivan Rafie Tunnels & tunnelling international . 2021,第Mara期

机译：灌浆以实现地面改进
3. Ground improvement by compaction grouting in IHC5 and IHC7 dolomitic conditions [J] . Stuart Morgan, Alastair Morgan, David Schultz Civil Eengineering . 2017,第3期

机译：在IHC5和IHC7白云岩条件下通过压实灌浆进行地面改良
4. Pre-Excavation Drilling and Grouting for Water Control and Ground Improvement in Highly Variable Ground Conditions at the Arrowhead Tunnels Project [C] . Brian Fulcher, Michael Bell, Knut Garshol North American Tunneling Conference . 2008

机译：箭头隧道项目高度可变地面条件下水控制的预开挖钻探和灌浆
5. Improvement of seismic performance of ordinary reinforced partially grouted concrete masonry shear walls. [D] . Bolhassani, Mohammad. 2015

机译：改善普通钢筋混凝土部分灌浆砌体剪力墙的抗震性能。
6. Experimental Research on Viscosity Characteristics of Grouting Slurry in a High Ground Temperature Environment [O] . Jiandong Niu, Bin Wang, Chu Feng, 2020

机译：高地温度环境中灌浆浆料粘度特性的实验研究
7. A Non-Pressurized Grouting Method using Clay for Controlling Groundwater. A Theory of Clay Grouting and the Construction Record of Kuji Underground Oil Storage Plant. [O] . Yoshiharu MIYANAGA, Toshiaki MAKITA, Masahiko EBARA, 1994

机译：一种使用粘土控制地下水的非加压灌浆方法。粘土灌浆理论与基吉地下储油厂的施工记录。
8. Effects of Remedial Grouting on the Ground-Water Flow System at Red Rock Dam near Pella, Iowa. [R] . Linhart, S. M., Schaap, B. D. 2001

机译：添加到阅览室阅读软件下载与<<再生灌浆对爱荷华州佩拉附近红岩大坝地下水流系统的影响>>相似的文献。

Grouting for Ground Improvement & Water Control

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